2. 1 David Stodden HLHP 3620 - Biomechanics

3. 2 Tell Me About You Last Name, First Name Name you go by Year in School Graduate this semester? Major/Minor Activities Outside of Class? (e.g., sports, clubs, fraternities, sororities) PrerequisitesGrade Zool 155 Zool 156 Phys 106 or 111 Other Useful Grade Classes Math ____ EXSP 455 EXSP 372 Front Side of Index Card

4. 3 Tell Me About You Back Side of Index Card Professional Goal 3 Favorite Books 3 Favorite Music Groups 3 Favorite Movies 3 Favorite TV Shows

5. 4 HUMAN MOVEMENT ANALYSIS BIOMECHANICSKINESIOLOGY KINEMATICS KINETICS FUNCTIONAL ANATOMY LINEAR ANGULAR LINEAR POSITION VELOCITY ACCELERATION POSITION VELOCITY ACCELERATION FORCE TORQUE

6. 5 application of mechanical principles to the study of living organisms BIOMECHANICS living organisms branch of physics description and causes of motion

7. 6 Biomechanics: Does it exist in more than one field? Exercise and sport biomechanics Orthopedic biomechanics Occupational biomechanics Biomechanics of other biological systems

8. 7 Biomechanics – Does it exist in more than one field? (cont.) Exercise and sport biomechanics –improving athletic performance, reduction of athletic injuries

9. 8 Biomechanics – Does it exist in more than one field? (cont.) Orthopedic biomechanics –artificial limbs, joints, and orthoses to improve functional movement capacity –study of natural and artificial biological tissues

10. 9 Occupational Biomechanics –Ergonomics and Human Factors –reduction of workplace injuries Biomechanics – Does it exist in more than one field? (cont.)

11. 10 Biomechanics of other biological systems –Comparative biomechanics (e.g., swimming in fish, locomotion in apes) –Equine (horse) and canine (dog) racing performance Biomechanics – Does it exist in more than one field? (cont.)

12. 11 What do we have in common? Application of fundamental mechanical principles to the study of structure and function of living systems. Common measurement and analysis tools.

13. 12 What do biomechanists do? g Help improve sport performance. (e.g. somersault long jump) g Help understand injury mechanisms. (e.g. impact shock attenuation) g Design sport equipment. (e.g. running shoes)

14. 13 What else do biomechanists do? g Design of workplace environments. (e.g. wrist pads for keyboards) g Improve efficiency of the workplace. (e.g. cockpit design) g Basic understandings of how the body produces motion. (e.g. joint power analysis)

15. 14 Research Example: Preferred Walking Speed longer step shorter step Cavanagh & Williams (1982)

16. 15 Research Example: Preferred Cycling Cadence most economical preferred Marsh & Martin (1993)

17. 16 How does Michael Jordan Hang In Midair?

18. 17 Is this guy STRONG or POWERFUL?

19. 18 What makes the Fosbury Flop the only technique used by high jumpers today?